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PHAROS Lasers
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Harmonic
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HG for PHAROS
HG for CARBIDE
HG for FLINT
HIRO
SHBC
Wavelength-Tunable
Sources for Yb Lasers
I-OPA
ORPHEUS-NEO
ORPHEUS
ORPHEUS-F
ORPHEUS-ONE
ORPHEUS-MIR
ORPHEUS-VIS
ORPHEUS-N
ORPHEUS-TWINS
ORPHEUS-PS
Wavelength-Tunable
Sources for Ti:Sapphire
TOPAS-PRIME
TOPAS-PRIME-HE
TOPAS-TWINS
TOPAS-SHBC-400
TOPAS-PS-800
OPCPA
Systems
ORPHEUS-OPCPA
OPCPA-HE
Spectroscopy
Systems
HARPIA-TA
HARPIA-TG
Microscopy
Sources
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Products
Femtosecond
Lasers
Compare products
PHAROS Lasers
CARBIDE Lasers
FLINT Lasers
Harmonic
Generators
Compare products
HG for PHAROS
HG for CARBIDE
HG for FLINT
HIRO
SHBC
Wavelength-Tunable
Sources for Yb Lasers
Compare products
I-OPA
ORPHEUS-NEO
ORPHEUS
ORPHEUS-F
ORPHEUS-ONE
ORPHEUS-MIR
ORPHEUS-VIS
ORPHEUS-N
ORPHEUS-TWINS
ORPHEUS-PS
Wavelength-Tunable
Sources for Ti:Sapphire
Compare products
TOPAS-PRIME
TOPAS-PRIME-HE
TOPAS-TWINS
TOPAS-SHBC-400
TOPAS-PS-800
OPCPA
Systems
Compare products
ORPHEUS-OPCPA
OPCPA-HE
Spectroscopy
Systems
HARPIA-TA
HARPIA-TG
Microscopy
Sources
Compare products
CRONUS-2P
CRONUS-3P
Applications
Industrial Applications
Scientific Applications
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Scientific Applications  Laser Source Development 

Laser Source Development

Laser Pumping and Seeding

Sophisticated laser systems, such OPCPA, usually consist of multiple parts, the most essential being the front-end used for its pumping and seeding.

Laser Source Development

Optical Parametric Chirped-Pulse Amplification

Optical parametric chirped-pulse amplification (OPCPA) is the only currently available technology simultaneously providing high peak and average power and a few-cycle pulse duration.

Laser Source Development

Pulse Characterization

Precise pulse characterization is essential in laser source development, where various effects on the pulse formation and its duration need to be constantly monitored.

Laser Source Development

Carrier-Envelope Phase Stabilization

CEP determines the accuracy of high-energy and attosecond science experiments and spectroscopy measurements, thus requires high attention.

Laser Source Development

Repetition Rate Locking

A synchronized laser system enables time-resolved experiments and can also be used as a synchronized switch for other physical variables, such as a magnetic field.

Laser Source Development

Femtosecond
Lasers
Compare products
PHAROS Lasers
CARBIDE Lasers
FLINT Lasers
Harmonic
Generators
Compare products
HG for PHAROS
HG for CARBIDE
HG for FLINT
HIRO
SHBC
Wavelength-Tunable
Sources for Yb Lasers
Compare products
I-OPA
ORPHEUS-NEO
ORPHEUS
ORPHEUS-F
ORPHEUS-ONE
ORPHEUS-MIR
ORPHEUS-VIS
ORPHEUS-N
ORPHEUS-TWINS
ORPHEUS-PS
Wavelength-Tunable
Sources for Ti:Sapphire
Compare products
TOPAS-PRIME
TOPAS-PRIME-HE
TOPAS-TWINS
TOPAS-SHBC-400
TOPAS-PS-800
OPCPA
Systems
Compare products
ORPHEUS-OPCPA
OPCPA-HE
Spectroscopy
Systems
HARPIA-TA
HARPIA-TG
Microscopy
Sources
Compare products
CRONUS-2P
CRONUS-3P
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